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Sampson, Victor; Enderle, Patrick; Gleim, Leeanne; Grooms, Jonathon; Hester, Melanie; Southerland, Sherry; Wilson, Kristin – NSTA Press, 2014
Are you interested in using argument-driven inquiry for high school lab instruction but just are not sure how to do it? You are not alone. This book will provide you with both the information and instructional materials you need to start using this method right away. "Argument-Driven Inquiry in Biology" is a one-stop source of expertise,…
Descriptors: Biology, Science Instruction, Scientific Research, Persuasive Discourse
Balgopal, Meena M.; Ode, Paul J. – American Biology Teacher, 2009
In the biology community there has been a call for integrating lessons on population growth rate and the human population crisis into biology classrooms. Ecologists fear that students do not understand the relationship between the magnitude of the human population growth and Earth's carrying capacity, as well as some basic ecological concepts. The…
Descriptors: Population Growth, Ecology, Biology, Biographies

Knipling. E. F. – Bioscience, 1970
Uses population growth models to calculate the theoretical suppression of reproduction achieved by releasing irradiated male moths carrying genetic sterility factors. Shows that releasing partially sterile males should be more effective than releasing fully sterile males. Discusses the costs and advantages of applying this approach to the control…
Descriptors: Agricultural Production, Biology, Ecology, Entomology
Kuhn, David J. – Sci Teacher, 1969
Descriptors: Biology, Ecology, Instruction, Models

Hulett, H. R. – Bioscience, 1970
Descriptors: Agricultural Production, Biology, Ecology, Natural Resources

Armelagos, George J.; Dewey, John R. – Bioscience, 1970
Gives an overview of human history, relating cultural changes with resulting changes in population density and in ecological balance to patterns of infectious diseases in man. Discusses mechanisms of evolution of resistance. Suggests that in populations where infectious diseases can be controlled, attention should shift to degenerative diseases…
Descriptors: Anthropology, Biology, Communicable Diseases, Ecology
Schaefer, Milner B. – Sch Sci Math, 1969
Presented at the Symposium on Marine Sciences at the Annual Meeting, American Association for the Advancement of Science, New York, December 1967.
Descriptors: Biological Sciences, Biology, Ecology, Fisheries
Meskill, Victor P. – Amer Biol Teacher, 1970
Descriptors: Biology, Ecological Factors, Ecology, Microbiology

Byington, Scott – American Biology Teacher, 1997
Presents a strategy to help students grasp the important implications of population growth. Involves an interactive demonstration that allows students to experience exponential and logistic population growth followed by a discussion of the implications of population-growth principles. (JRH)
Descriptors: Biology, Demonstrations (Science), Ecology, Higher Education
Meadows, Betty Jane – Amer Biol Teacher, 1970
Descriptors: Biology, Ecology, Environmental Education, Instruction

Galston, Arthur W. – Bioscience, 1970
Advocates that some established botanists should become involved in social and political problems to which botanical expertise is relevant. Discusses food production in relation to world population growth, indicating problems on which botanical knowledge and research should be brought to bear. Discusses herbicides and plant growth regulators as…
Descriptors: Agricultural Production, Biology, Botany, Ecology
Hamilton City Board of Education (Ontario). – 1970
Twenty-one studies related to populations are included in this student manual for a junior high school biology course. Each activity or study provides questions, diagrams, experiments, and/or descriptive material to which the student must respond. Population studies pertain to individual plants and animals, their physical environments, reactions…
Descriptors: Biology, Ecology, Environmental Education, Instructional Materials

Bealer, Jonathan; Welton, Briana – Science Teacher, 1998
Describes changes to a traditional study of population in yeast colonies. Changes to the procedures include: (1) only one culture per student team; (2) cultures are inoculated only once; and (3) the same tube is sampled daily. (DDR)
Descriptors: Biology, Data Analysis, Ecology, Environmental Education
Grade Teacher, 1969
Descriptors: Air Pollution, Biology, Conservation Education, Controlled Environment

Smith, Martin H. – American Biology Teacher, 1992
Describes an educational game called "Population Blocks" that is designed to illustrate the concept of exponential growth of the human population and some potential effects of overpopulation. The game material consists of wooden blocks; 18 blocks are painted green (representing land), 7 are painted blue (representing water); and the remaining…
Descriptors: Biology, Ecology, Educational Games, Elementary Secondary Education
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